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Fig. 39 Neon FIM image of GaAs. Courtesy of A. Cerezo, University of Oxford More

Fig. 11 Still images from Florida International University, Miami, FL, parking garage video camera on March 15, 2018, showing east views of pedestrian bridge (a) precollapse and (b) postcollapse. Source: Ref 24 More

Fig. 1 Experimental setup at Osaka University to observe laser welding. CCD, charge-coupled device; fps, frames per second; YAG, yttrium-aluminum-garnet. Reproduced from Ref 15 with the permission of the Laser Institute of America More

Fig. 1 Classification of steels. Source: D.M. Stefanescu, University of Alabama, Tuscaloosa More

Fig. 10 Ave Maria University decorative stained floor More

Fig. 12 Active-screen plasma nitriding equipment at the University of Birmingham. Courtesy of ANG Luxembourg More

Fig. 7 Dual-element transducer. Courtesy of Iowa State University Center for Nondestructive Evaluation More

Fig. 11 (a) Examples of immersion transducers. Courtesy of Iowa State University Center for Nondestructive Evaluation. (b) Illustrations of focal geometry: cylindrical focus (left) and spherical focus (right) More

Fig. 10 Material jetting part. Courtesy of Loughborough University More

Fig. 11 Universal rolling of flanged beams. (a) Universal roll stand. (b) Edging stand. (c) Finishing stand. Source: Ref 40 More

Fig. 9 T-bar ingot-handling system for a continuous horizontal universal caster. Courtesy of Hertwich Engineering-Austria More

Fig. 1 Schematic of Brunel University's Rheo-Diecasting process. Source: Ref 5 More

Fig. 14 Residual dispersions for regression and control universe of Cr-Ni-Mo case-hardening steels More

Fig. 18 Universal-chamber electron beam machine for hardening, welding, engraving, and structuring. Chamber volume: 0.5 m 3 ; beam parameters: 60 kV, 10 kW. Courtesy of FOCUS More

Fig. 34 Wear of universal-joint slip spline shaft of 1141 steel. Wear was measured as backlash on a 300 mm (12 in.) radius under a torque load of 9.5 N · m (7 lb · ft). Sleeve yokes of 1140 steel were quenched and tempered to a hardness of 241 to 285 HB. Shafts were heat treated to 228 or 340 More

Fig. 42 Universal contour roll forming machine, with outboard support for roll shafts (rolls not shown) More

Fig. 9 T-bar ingot-handling system for a continuous horizontal universal caster. Courtesy of Hertwich Engineering-Austria More

Fig. 28 Examples of type II harder alloy extrusions. Courtesy of Universal Alloy Corporation More

Fig. 29 Universal cumulative grain size distribution observed for liquid phase sintered materials. The grain size axis is normalized to the median grain intercept size. Source: Ref 105 More

Fig. 11 Rotary bender with programmable controls and universal bending plate capable of 360° bends. Courtesy of Baileigh Industrial Inc. More